About Caranx Medical

Caranx Medical is a MedTech company specializing in robotic surgery, founded in 2019 by Truffle Capital. The company’s primary goal is to develop tools that assist surgeons by integrating augmented reality and artificial intelligence technologies. These compact, autonomous robots are designed to perform specific operations under surgeon supervision, leveraging machine learning trained on extensive patient records and video-recorded procedures.

Caranx Medical is actively developing prototype robots for autonomous transcatheter aortic valve replacement or implantation (TAVI), aiming to eliminate the need for major open-heart surgery. They are also working on an autonomous robot for bariatric surgery. The company has licensed “everting growing robots” technology from Stanford University and UC Santa Barbara, which is inspired by the biomechanics of snail’s eyes and could significantly impact medical procedures like navigating the digestive tract and blood vessels, potentially reducing mortality. In July 2025, Caranx Medical’s TAVIPILOT Soft, an AI software for real-time intra-operative guidance of transcatheter heart valve implantation, received FDA clearance for commercialization in the US. The company announced the first clinical use of its TAVIPILOT Soft in October 2025 in France, and the TAVIPILOT robot in December 2025 in Australia.

As of December 2025, Caranx Medical was acquired by Affluent Medical for €16.6 million and will be combined with Artedrone to form a new entity called Carvolix. This new entity aims to be a pioneer in cardiovascular therapies combining innovative implants and AI-driven autonomous mini-robots. Carvolix plans to focus on cardiac valve replacement and brain stroke treatment.

Focus Areas

AI-driven surgical robotics transcatheter aortic valve implantation (TAVI) real-time intra-operative guidance autonomous mini-robots cardiovascular therapies

Business Intelligence

TechnologyAI-driven software (TAVIPILOT Soft), autonomous robotic systems (TAVIPILOT robot), machine learning, augmented reality

What Physicians Need to Know

AI-Driven Surgical Interventions
Caranx Medical specializes in AI-powered software and autonomous robots for real-time intra-operative guidance during complex surgical procedures. Their TAVIPILOT Soft, the world's first AI software cleared by the FDA for real-time guidance in transcatheter heart valve implantation, enhances precision and aims to democratize access to these life-saving procedures.
Robotic-Assisted Technology
The company is developing intelligent, autonomous robots, such as TAVI-PILOT, to assist with surgical interventions, initially focusing on aortic valve replacement. This technology aims to improve precision, efficiency, and patient recovery.
Transcatheter Aortic Valve Implantation (TAVI)
Caranx Medical's primary focus is on TAVI procedures, providing AI-driven guidance for precise heart valve positioning and delivery. Their technology is compatible with all cardiac imaging systems and major TAVI heart valves.
Mitral and Tricuspid Valve Replacements
Caranx Medical's vision extends to revolutionizing other endovascular indications, including mitral and tricuspid valve replacements, leveraging their AI platform built from extensive multimodal imaging data.
Bariatric Surgery
While their primary focus is on cardiovascular interventions, Caranx Medical has been noted in the context of AI-powered robots to assist with obesity-related surgeries. Robotic bariatric surgery offers benefits like fewer complications, shorter hospital stays, and faster recovery times.
Ischemic Stroke Treatment
Caranx Medical's future plans, particularly through the Carvolix entity formed with Affluent Medical, include transforming ischemic stroke treatment. Ischemic strokes, caused by blood clots, are often treated with clot-busting medications or thrombectomy procedures to remove the clot.
Key Differentiators
Caranx Medical's key differentiators include being the first to receive FDA clearance for AI software providing real-time intra-operative guidance for TAVI, their autonomous robotic solutions, and their comprehensive AI platform fed by over 5,000 multimodal images for various cardiovascular indications.
Technology Stack
Their technology stack centers around an AI platform that processes multimodal imaging (CT, fluoroscopy, echo) and data to fuel AI algorithms for real-time guidance. They also utilize robotic systems for precise instrument manipulation.
Physician Tip

Caranx Medical's TAVIPILOT Soft aims to enhance precision and improve patient outcomes in TAVI procedures by providing real-time intra-operative guidance, potentially reducing the learning curve for complex interventions and making them accessible to a broader range of cardiologists. The compatibility with existing cardiac imaging systems and TAVI heart valves ensures seamless integration into current clinical workflows. Physicians can expect improved accuracy in valve positioning and delivery, leading to more predictable and safer valve deployment.

Caranx Medical's TAVIPILOT Soft is designed to be compatible with all cardiac imaging systems and major TAVI heart valves on the market. This broad compatibility facilitates integration into existing interventional cardiology centers without requiring significant changes to current equipment or preferred valve types.

Products by Caranx Medical

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What the Web Says

Caranx Medical is a French medical device company specializing in AI-driven software and robotics for Transcatheter Aortic Valve Implantation (TAVI) procedures. Their flagship product, TAVIPILOT Soft, received FDA clearance in July 2025 for real-time intra-operative guidance during TAVI, aiming to enhance precision and improve patient outcomes. The company was acquired by Affluent Medical for EUR 16.6 million on January 30, 2026.

Overall: Positive

Strengths

  • AI-driven software enhances precision in TAVI procedures
  • Aims to democratize access to TAVI procedures by allowing more cardiologists to perform them
  • Potential to significantly increase the number of patients benefiting from TAVI
  • FDA clearance for TAVIPILOT Soft marks a significant milestone
  • Focus on revolutionizing medicine and saving lives through AI and robotics

Limitations

  • No specific product or employer reviews found on G2, Glassdoor, Capterra, or Reddit.
  • Limited information available regarding company culture or employee experiences.
  • No direct feedback from healthcare IT reviewers was found.
  • The company was recently acquired, so long-term independent reviews may be scarce.

Based on reviews from: BioSpace, Medical Device and Diagnostic Industry, Pharmabiz.com, FDA.gov, Google Search, Reddit, G2, Capterra

Last updated: 2026-10-21

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Press & Coverage

Invest in Côte d'Azur
Caranx Medical, a Nice-based cardiac robotics MedTech startup, set to be acquired for €16.6 million - Invest in Côte d'Azur
Affluent Medical announced the upcoming acquisition of Caranx Medical for €16.6 million, combining it with Artedrone into a new entity called Carvolix, which aims to be a pioneer in AI- and robotics-driven cardiovascular therapies. The transaction is expected to be approved by January 30, 2026.
2026-01
MassDevice
Caranx announces first clinical use of autonomous robot for TAVI - MassDevice
Caranx Medical announced the first clinical use of its TaviPilot Soft platform for robotic transcatheter aortic valve implantation (TAVI) in October 2025, marking a significant milestone towards its U.S. market introduction. The AI-driven software aims to enhance precision and improve patient outcomes in TAVI procedures.
2025-11
Business Wire
Caranx Medical Announces First Clinical Use of the TAVIPILOT Soft, Cleared by FDA for Commercial in July: the World First AI Software for Real-Time Intra-Operative Guidance of Transcatheter Heart Valve Implantation - Business Wire
Caranx Medical announced the first clinical use of its TAVIPILOT Soft, an AI-driven software for real-time intra-operative guidance of transcatheter heart valve implantation, following its FDA clearance in July 2025. This software aims to democratize access to TAVI procedures by enabling precise and accurate heart valve positioning.
2025-11
BioSpace
Caranx Medical Announces FDA Clearance of TAVIPILOT Soft: the World's First AI Software for Real-Time Intra-Operative Guidance of Transcatheter Heart Valve Implantation - BioSpace
Caranx Medical received FDA clearance for TAVIPILOT Soft in July 2025, making it the world's first AI software for real-time intra-operative guidance of transcatheter heart valve implantation. This clearance is a significant step towards the planned market introduction of the software by the end of 2025.
2025-07
Pienomial
Caranx Medical Gets FDA Clearance for AI Valve Implantation Tool - Pienomial
Caranx Medical's AI-powered TAVIPILOT Soft software, designed for real-time guidance during transcatheter heart valve implantation, received FDA clearance in July 2025. This marks a significant regulatory achievement for the company.
2025-07
Cardiovascular News
Caranx Medical makes US FDA submission for AI TAVI guidance software - Cardiovascular News
Caranx Medical submitted its AI software, TAVIPILOT, for real-time intra-operative guidance of transcatheter aortic valve implantation (TAVI) to the US FDA in January 2025. This submission is a key step towards the software's planned market introduction by the end of 2025.
2025-01
Medical Device Network
Revolutionising cardiac care: Caranx Medical makes history with robotic TAVI breakthrough
Caranx Medical achieved a historic milestone in April 2024 with the successful completion of the world's first robotic transcatheter aortic valve implantation (TAVI) procedure using its TAVI-PILOT platform. This breakthrough aims to democratize access to minimally invasive cardiac treatments.
2024-04
Via Ritzau
Caranx Medical announces successful world first robotic assisted transcatheter heart valve implantation in an animal. - Via Ritzau
In April 2024, Caranx Medical successfully performed the world's first robotic-assisted transcatheter heart valve (aortic valve) implantation in an animal. This achievement marks a significant step towards a new generation of AI-guided intelligent robots in healthcare.
2024-04

Frequently Asked Questions

Caranx Medical is developing an AI-driven robotic platform designed to assist with transcatheter aortic valve implantation (TAVI) procedures. Their focus is on enhancing precision and safety through real-time intra-operative guidance and potentially autonomous mini-robots to navigate complex cardiac anatomies.
Caranx Medical's real-time intra-operative guidance system aims to provide physicians with enhanced visualization and predictive analytics during TAVI procedures. This system is designed to improve procedural accuracy, reduce complications, and optimize valve positioning by offering dynamic feedback and decision support.
Caranx Medical is developing autonomous mini-robots to navigate and operate within the cardiovascular system. While initially focused on TAVI, these robots could potentially be applied to other complex cardiovascular interventions, offering enhanced maneuverability and precision in difficult-to-reach areas.
Caranx Medical is committed to adhering to all relevant medical device regulations and is actively pursuing necessary clearances for its AI-driven surgical robotics. Patient safety is paramount, and the company is implementing rigorous testing, validation, and quality control measures throughout the development process.
Caranx Medical has not yet publicly disclosed its definitive pricing model, as its products are still under development. However, the company is expected to offer comprehensive support services, including training, technical assistance, and ongoing maintenance, to ensure seamless integration and optimal performance of its robotic systems.
Caranx Medical is actively seeking and establishing partnerships with leading medical institutions and technology companies to further develop and validate its AI surgical robotics platform. These collaborations are crucial for clinical trials, technological integration, and market adoption.
Caranx Medical's long-term vision is to revolutionize cardiovascular interventions through advanced AI and robotics, making procedures like TAVI safer and more accessible. The company is privately held and has secured funding to support its research and development efforts, indicating a stable foundation for its innovative endeavors.

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